# Everbilt 1/2 in. Copper Pressure Cup x Cup Coupling with Stop Fitting (10-Pack)

**Brand:** [Everbilt](https://shop.coreranger.com/brands/Everbilt)
**Model #:** CP600HD12
**SKU:** HD-204620228
**Price:** $8.67 · in stock
**URL:** https://shop.coreranger.com/product/everbilt-1-2-in-copper-pressure-cup-x-cup-coupling-with-stop-fitting-10-pack-204620228

## Specifications

| Spec | Value |
|---|---|
| Features | Corrosion Resistant,Lead Free |
| Material | Copper |
| Pack Size | 10 |
| Connection | Copper Sweat x Copper Sweat |
| Returnable | 90-Day |
| Application | Air Conditioning,Potable Water,Refrigeration |
| Color Family | Copper |
| Connection 1 | Copper Sweat |
| Connection 2 | Copper Sweat |
| Connectivity | Solder |
| Fitting 1 size | 1/2" |
| Fitting 2 size | 1/2" |
| Double Fitting Size | 1/2" x 1/2" |
| Single Fitting Size | 1/2" |
| Product Weight (lb.) | 0.25 lb |
| Manufacturer Warranty | The Manufacturer warrants to the Owner, for a period of 50 years from the date the warranty begins, that its properly installed Product will be free of failure as a result of defects in material or workmanship in manufacturing the Product. |
| Fitting Size Dimensions | 1/2" x 1/2" |
| Compatible Pipe Material | Copper |
| Fitting or Connector Type | Coupling |
| Fitting/ Connector Collection | Copper |
| Maximum working pressure (psi) | 722 |
| Maximum Working Temperature (F) | 400 |

## Description

The NIBCO wrot copper pressure coupling is used in residential and commercial systems such as potable water, air conditioning and refrigeration. The coupling features solder cups and a dimple stop. The fitting provides a means of connecting two lengths of tube together. In addition to its inherent qualities of beauty, durability and low maintenance, copper's reusability makes it an ideal application in sustainable projects. Options also include cleaned and bagged for oxygen service (medical gas).

• High quality copper construction
• Designed for use with L and M hard temper copper tubing
• Pressure is required to maintain flow